Optimal Transport for Applied Mathematicians: Bridging Theoretical Foundations with Real-World Applications
Delve into the complex world of optimal transport with this comprehensive guide designed for applied mathematicians and practitioners. Built upon fundamental principles, this book provides not only the theoretical underpinnings of optimal transport but also applicable techniques and models for real-world problem-solving. Detailed explanations and step-by-step methods enable readers to understand and utilize optimal transport in various applied fields, ranging from economics and logistics to data science and beyond.
Each chapter addresses critical conceptions and breakthroughs, offering a cohesive understanding by marrying crucial mathematical insights with practical applications. This essential text serves as a versatile tool for both students advancing in their studies and seasoned professionals seeking to deepen their understanding of this intricately woven discipline.
Whether you're interested in linear algebra, probability theory, or computational methods, "Optimal Transport for Applied Mathematicians" ensures comprehensive coverage of each topic with clarity and depth.